Mechanical Engineer Engineering

AlBERT OBODO

Saint-Paul, MN 321-***-**** *************@*****.*** www.linkedin.com/in/albertobodo projectportfolio OBJECTIVE STATEMENT

Recent Graduate Mechanical Engineer with hands-on experience in 3D design, Finite Element Analysis (FEA), and thermal and stress analysis. Proficient in using Creo, Ansys Fluent, Windchill, and AutoCAD with a proven track record of success in collaborative team projects. Seeking an entry-level position in thermal and mechanical systems design, analysis, and manufacturing to drive innovative solutions and technological advancements. EDUCATION

Bachelor of Science in Mechanical Engineering Dec 2024 Florida Institute of Technology, Melbourne, FL

• GPA: 3.22/4.0

• Relevant Coursework: Thermal System Design, Computer-Aided Design, Statics, Mechanics of Materials, Control System Design, Design for Manufacturing and Assembly, Energy Conversion, Thermodynamic I&II. SKILLS

• Effective communicator

• Collaborative team player

• GD&T

• 3D Printing

• WINDCHILL

• Bill of Materials (BOM)

• 3D/2D CAD (PTC Creo, AutoCAD)

• CFD & FEA (Ansys)

• Microsoft Office (Excell, PowerPoint, word)

• LabVIEW

WORK EXPERIENCE

Kenya Electricity Generating Company, Kenya May 2024-July 2024 Mechanical Engineering Attaché

• Conducted 15+ power station tours, enhancing public understanding of power generation.

• Utilized PLC to monitor thermal condition of the turbine bearing, identifying potential overheating issues and preventing system failures.

• Installed pressure sensor on the main intake valve, improving system safety and reliability.

• Disassembled a submersible pump and replaced the malfunctioning motor and gasket, achieving 90% functionality restoration.

• Assisted with guide vanes realignment, improving Francis turbine efficiency by 15%. PROJECTS

Florida Institute of Technology, Melbourne, FL

Design for Manufacturing and Assembly (DFMA) August 2024-December 2024

• Led a team of 5 to analyze AR headset tool assembly process, reducing assembly time by 30%.

• Utilized Granta EduPack for material optimization of an oar design, achieving a 15% weight reduction and a 20% increase in stiffness

• Conducted mold cost analysis using Doxi-Poli and Boothroyd-Dewhurst, identifying cost-effective injection molding techniques.

• Minimized warping and sink marks in molded parts by implementing uniform wall thickness across the designs, improving product quality and reliability.

Computer Aided Design: Wire-Cutting Tool for Space Application January 2024-May 2024

• Conducted static analysis on the wire-cutting tool, achieving all force requirement.

• Designed the cutting tool using PTC Creo, meeting 100% of the dimensional requirements.

• Utilized Ansys to conduct FEA, achieving an average factor of safety of 2 across the design.

• Created a Bill of Materials (BOM), ensuring all necessary components were accounted for.

• Utilized WINDCHILL to collaborate with my team, encouraging teamwork and significantly reducing design time.

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